G Series ME | M.2 2230
PCIe® 4.0 NVMe™ Gaming SSD
High Speed and Stability in a Compact M.2 2230 Gaming SSD
The G Series ME is designed to deliver top-tier transfer speeds and exceptional stability, making it ideal for mobile gaming devices, tablet PCs. Leveraging a DRAM-less architecture along with the latest controller technology and 3D TLC NAND flash, speed is enhanced while optimizing power efficiency. This SSD keeps temperatures low, ensuring a comfortable and reliable gaming experience.
Maximize the Performance of
Your Mobile Gaming PC
Achieve top-tier performance with a maximum sequential read speed of 7,400 MB/s.[1]
This SSD is highly effective in reducing load times for massive MMORPG maps or open-world games, enabling faster game startups and smoother transitions when entering dungeons.
Reduce Lag and Processing Delays
With a maximum random read performance of 750,000 IOPS, this SSD can handle heavy graphic rendering loads with ease. Experience smoother gameplay with less screen stutter and reduced lag, enhancing the overall gaming experience.
Reliable and Stable Performance
The adoption of 3D TLC NAND flash memory ensures high reliability and durability. Additionally, the DRAM-less design contributes to power efficiency, minimizing temperature increases and reducing the risk of thermal throttling.This design allows for consistent performance even during extended gaming sessions. It maximizes the capability of gaming PCs, providing a smoother and more comfortable gaming experience.
Build a Comfortable
Gaming Environment
Utilizing advanced technology, this SSD is engineered for speed, allowing you to focus on your game without interruptions.
DirectStorage Support
Compatible with DirectStorage, it reduces game load times when accessing large amounts of data, enabling smoother gameplay. It also lowers CPU usage, ensuring seamless multitasking.
HMB Technology for
Improved Random Access Performance
Supports Host Memory Buffer (HMB) technology to enhance random access performance by utilizing a portion of the host device’s main memory to cache the address translation table, ensuring high speed in DRAM-less SSDs.
Reliable Durability
Dynamic SLC Cache
The dynamic SLC cache technology accelerates frequent access and contributes to the extended lifespan of TLC NAND.
Wear Leveling Function
The product features wear leveling technology that efficiently and evenly distributes data writing and erasing across all NAND flash memory areas. This technology helps to extend the product’s lifespan by evenly spreading write operations, thereby enhancing both durability and reliability.
Error Correction Algorithm (LDPC)
The SSD controller incorporates a highly accurate error correction algorithm, “LDPC (Low-Density Parity-Check),” which offers advanced detection and correction of random bit errors during read operations. This technology ensures robust protection against data corruption.
Highly Reliable Storage
Quality tested
In addition to functionality testing, this product undergoes comprehensive write and read tests across all areas under high-temperature conditions as per our standards before shipment.
5-Year Warranty
Warranty valid for 5 years from the original date of purchase or before writing the maximum TBW (Total Bytes Written.)
Exclusive Offer for Nextorage
SSD Purchasers
SSD Suite
for Nextorage
Utility Software for Managing OS and Data Migration, and Monitoring the Health of Your SSD
SSD Suite for Nextorage is a software product designed to support the migration of your OS and data from your current SSD to your newly purchased Nextorage SSD, enabling its use as a boot drive. It also allows you to manage the health of your SSD, securely delete data, update firmware, and more. The software can be used once it detects and activates the Nextorage SSD.
SSD Suite is a trademark of FNet Co., Ltd. in Taiwan and other countries.
Please note that the provision of this product may be suspended or terminated without notice, the contents may be changed, and additional registration or payment of fees may be required to use this product.
Model / Capacity*
NN4ME-2TB / 2 TB
NN4ME-1TB / 1 TB
* Capacity is based on 1 TB = 1 trillion bytes. A portion of the memory is used for system files and may vary.
Form factor
NN4ME-2TB : M.2 2230-S3-M (Single-Sided)
NN4ME-1TB : M.2 2230-S3-M (Single-Sided)
Interface
PCIe 4.0 × 4、NVMe 1.4
NAND flash
3D TLC
Max. Sequential speed (Read) 1
NN4ME-2TB : 7,400 MB/s
NN4ME-1TB : 7,400 MB/s
Max. Sequential speed (Write) 1
NN4ME-2TB : 6,200 MB/s
NN4ME-1TB : 6,200 MB/s
Max. Random access speed (Read) 1
NN4ME-2TB : 750,000 IOPS
NN4ME-1TB : 750,000 IOPS
Max. Random access speed (Write)
NN4ME-2TB : 850,000 IOPS
NN4ME-1TB : 850,000 IOPS
DRAM cache memory
Not included
TBW(Total Bytes Written) 2
NN4ME-2TB : 1,200 TB
NN4ME-1TB : 600 TB
MTBF (Mean Time Between Failures) 3
1,500,000 hours
Max. Power consumption (Read/Write)
NN4ME-2TB : 5.7 W / 5.7 W
NN4ME-1TB : 5.7 W / 5.7 W
Operating Temperature*
0℃ ～ 70℃
* Specified by the Flash temperature (not the environmental temperature.) Maximum performance is not guaranteed over the entire operating temperature range
Storage Temperature
-40 ℃ ～ 85 ℃ (-40 ℉ to 185 ℉) : non-condensing
Dimensions (W×H×L)
NN4ME-2TB : Approx. 22.0 x 2.5 x 30.0 mm (7/8 x 1/8 x 1 3/16 in.)
NN4ME-1TB : Approx. 22.0 x 2.3 x 30.0 mm (7/8 x 3/32 x 1 3/16 in.)
Support
SLC Caching, Advanced Wear Leveling, Bad Block Management, Thermal throttling, TRIM, S.M.A.R.T, Over-Provision, ECC, End to end data path protection, Sanitize
Warranty
5 years from the purchase date or before writing the maximum TBW (Total Bytes Written.)
Heat Sink
Not included
* This product does not include a heat sink or cooling fan for heat dissipation. When using the product, please employ such means of heat dissipation.
- The maximum performances in the text represent the performance of NN4LE-2TB. Performance and power consumption may differ depending on the measurement conditions. Since the measured value also depends on factors other than the items described above, the indicated performance is not guaranteed. The measured value is based on the following conditions:
＜Sequential Speed＞
CPU : AMD Ryzen 9 7950X
Motherboard : ASRock X670E Taichi Carrara
OS : Windows 10 Professional 64bit
Measurement software : CrystalDiskMark8, 1GB range, SEQ1M Q16T1
＜IOPS＞
CPU : Intel Core i9 13900K
Motherboard : ASRock Z790 Taichi Carrara
OS : Windows 10 Professional 64bit
Measurement software: CrystalDiskMark8, 1GB range, RND4K Q32T16 - TBW is calculated based on JEDEC 218/219 workloads.
- MTBF is calculated based on simulation software (Relex7.3). High-capacity drives are expected to have low MTBF and the minimum MTBF applies to all capacities.
Design and specifications are subject to change without notice.
PCle and PCI Express are trademarks of PCI-SIG.
NVMe is a trademark of NVM Express, Inc.
Other system names and product names are generally registered trademarks or trademarks of each manufacturer.